Connecting the IP phone to a switch port may have configuration issues; here are some of the common configuration issues encountered by network engineers when connecting an IP phone to a switch port:
1. Voice traffic may not be configured.
2. Data traffic may not be configured.
3. Both voice traffic and data traffic are not configured.
4. Inline power support may have been overlooked.
5. QoS may not be configured properly.
6. QoS may not be configured on<span> the Layer 2 Uplink.
7. QoS may not be configured </span><span>on the Layer 3 Uplink.
8. This is the most common issue encountered; all issues above may have been met but if this one is not addressed, the switch will not respond properly: Cisco predefined macro is not used to configure the switch.</span>
Answer:
See Explanation
Explanation:
The question is incomplete as there is no link pointing to the houseType struct of chapter 1.
So, I've answered the question from scratch
See attachment for explanation where I used comments to explain each line.
The program is as follows:
#include <iostream>
using namespace std;
struct houseType{
int firstHouse, secondHouse;
};
int main()
{
houseType hT;
cout << "Enter the price of both house: ";
cin>> hT.firstHouse;
cin>> hT.secondHouse;
if(hT.firstHouse == hT.secondHouse){ cout<<"true"; }
else{ cout<<"false"; }
return 0;
}
Answer:
c. The pivot could be either 7 or 9.
Explanation:
Since we are trying to sort an array of eight integers using quick sort, from the first partitioning it shows that the pivot or the central point can either be 7 or 9. When you look at the array, it is only 7 and 9 that are placed correctly in the sorted array. Every element to the left of 7 and 9 are smaller and every element on the right of 7 and 9 are integers higher than them. Hence this shows that the pivot lies between 7 or 9.
Answer:Plot Synopsis Ratchett, played by Johnny Depp, is killed on the Orient Express. Detective Hercule Poirot, who happens to be on the train as a last-minute passenger, must now solve the case as the train proceeds to its destination.
Explanation: